CN205049994U - Water treatment monitored control system that high strength focus ultrasonic therapy tumour was used - Google Patents
Water treatment monitored control system that high strength focus ultrasonic therapy tumour was used Download PDFInfo
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- CN205049994U CN205049994U CN201520679672.XU CN201520679672U CN205049994U CN 205049994 U CN205049994 U CN 205049994U CN 201520679672 U CN201520679672 U CN 201520679672U CN 205049994 U CN205049994 U CN 205049994U
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Abstract
Water treatment monitored control system that high strength focus ultrasonic therapy tumour was used, the pipe -line system of water treatment include water route unit, gas circuit unit and realize the degasser of coupling between water route unit and the gas circuit unit, monitored control system include: the monitoring uni, the control unit include information processing module and with the data communication module of host computer communication, information processing module and data communication module are connected, be connected the execution unit who carries out the information interaction with the control unit, execution unit including setting up water temperature control device and the temperature sensor in the unit of water route, temperature sensor and control unit connection conveying temperature information, control unit and water temperature control device are connected and heat through the degasification water of warm controlling means in to the water route unit, the man -machine dialogue unit with the control unit carry out the information interaction. This monitored control system monitors water processing system in real time, degree of automation height, water temperature constant, safe and reliable.
Description
Technical field
The utility model belongs to medical ultrasonic therapeutic equipments, relates to a kind of Medical Devices of high-strength focusing ultrasonic therapy tumour, particularly a kind of supervisory system of water treatment facilities of main frame of high-strength focusing ultrasonic therapy tumour.
Background technology
The thermal effect that the Medical Devices of high-strength focusing supersonic wave treatment tumour mainly utilize the high strength supersonic focused in biological tissue to produce, make the tumor tissues moment coagulation necrosis at focal regions place, to the tissue beyond focal regions without remarkable damage, thus reach the object for the treatment of tumour.Compared with traditional operation, have safety, fast, hurtless measure, the series of advantages such as not operate on.Because its energy attenuation when ultrasound wave is propagated in atmosphere is very fast, so when high-intensity focusing ultrasonic wave oncotherapy host work, generally need, with de aerated water as the couplant between human body and ultrasonic generator, ultrasound wave be avoided to decay in atmosphere.So, require to be used as the de aerated water of couplant and should meet strict degassed, temperature or clean requirement, for this reason, need a kind of water treatment facilities, will the tap water of life with it, be treated as the de aerated water meeting ultrasonic therapy tumour.But the de aerated water of existing de aerated water treatment facility process, in degassed, purification of water quality and water temperature comfortable three, all can't reach desirable grade, thus affect the treatment, even likely increase the spinoff of operation.
Utility model content
In order to overcome the defect of above-mentioned prior art, the purpose of this utility model is to provide the water treatment supervisory system of the high-strength focusing ultrasonic therapy tumour that a kind of Real-Time Monitoring automaticity is high, water temperature is constant, safe and reliable.
The utility model solves the technical scheme that its technical matters adopts:
A kind of water treatment supervisory system of high-strength focusing ultrasonic therapy tumour, the pipe system of water treatment comprises water way unit 1, gas circuit unit 2 and realizes the degasser 4 that is coupled between water way unit 1 with gas circuit unit 2, described supervisory system comprises: monitoring unit 31, the data communication module 312 that described monitoring unit 31 comprises message processing module 311 and communicates with host computer, message processing module 311 is connected with data communication module 312; Be connected with monitoring unit 31 and carry out the performance element 33 of information interaction, described performance element 33 comprises and is arranged on water temperature control device 3W in water way unit 1 and temperature sensor 3Wc, temperature sensor 3Wc is connected with monitoring unit 31 and transmits water temperature information, and monitoring unit 31 is connected with water temperature control device 3W and is heated the de aerated water in water way unit 1 by temperature control device 3W; Man-machine conversation unit 32, described man-machine conversation unit 32 carries out information interaction with described monitoring unit 31.
Preferably, described man-machine conversation unit 32 comprises status information for showing described water treatment facilities and has inputted the touch-screen of action required data, and provides the key group of input interface for user.
Preferably, described man-machine conversation unit 32 is split type, described man-machine conversation unit 32 and described monitoring unit 31 carry out information interaction by data communication module 312, man-machine conversation unit 32 and data communication module 312 connected mode be wired mode or wireless mode.
Preferably, described monitoring unit 31 also comprises drive control module 313 and signal acquisition module 314, described message processing module 311 is connected with drive control module 313 and signal acquisition module 314 respectively and carries out information interaction, and drive control module 313 is connected with performance element 33 respectively with signal acquisition module 314.
Preferably, described performance element 33 also comprises and is successively set on proportion magnetic valve 3SK between the super-filter purifying device 12 of water way unit 1 and degasser 4 and flow sensor 3Sc, monitoring unit 31 is connected with flow sensor 3Sc the discharge detected in water route, the flow of monitoring unit 31 and proportion magnetic valve 3SK connection control water; The control realization of water temperature control device 3W and the monitored unit of proportion magnetic valve 3SK 31 adds heat regulation and/or the automatic uniting and adjustment of flow water temperature to realize the constant temperature of de aerated water.
Preferably, described performance element 33 also comprises the vacuum pump 22 and baroceptor 3Qc that are connected with the air pressure stable-pressure device 21 of gas circuit unit 2; Monitoring unit 31 is connected with baroceptor 3Qc the atmospheric pressure value detecting air pressure stable-pressure device 21, the operation of monitoring unit 31 and vacuum pump 22 connection control vacuum pump 22 and stopping with the negative regulation guaranteed in gas circuit.
Preferably; described performance element 33 also comprises and is successively set on water pressure gauge 3Sx between proportion magnetic valve 3SK and degasser 4 and safety valve 14; monitoring unit 31 is connected the hydraulic pressure of monitoring in water route with water pressure gauge 3Sx, and monitoring unit 31 and safety valve 14 connection control hydraulic pressure are to protect the degassing film of degasser 4.
Preferably, described performance element 33 also comprises the controlled valve group 3K of water way unit 1, gas circuit unit 2 and/or its automatically cleaning pipeline for controlling described water treatment pipe system, and monitoring unit 31 being opened with controlled valve group 3K connection control controlled valve group 3K's and closing.
Preferably, described controlled valve group 3K comprises being arranged on and enters water valve 13 between the water inlet R of water way unit 1 and degasser 4, be arranged on the outlet valve 15 between water temperature control device 3W and water delivering orifice C, be arranged on the draining valve 16 between the water intake end of outlet valve 15 and waste water mouth F, be arranged on the overflowing valve 23 between super-filter purifying device 12 and waste water mouth F; Also comprise the gas admittance valve 25 that is connected with the air pressure stable-pressure device 21 of gas circuit unit 2 and be arranged on overflowing valve 23 between air pressure stable-pressure device 21 and waste water mouth F, the effluent control operation of gas circuit unit 2 makes waste water flow out from overflowing valve 23 by making the pressure in pipeline and atmospheric pressure balance to the control of gas admittance valve 25.
Preferably, between heating module 3W and water delivering orifice C, be also provided with temperature detect switch (TDS) 3Ws, the contact series of temperature detect switch (TDS) 3Ws is on the power circuit of heating arrangement 3W, and when temperature exceedes set point of temperature value, temperature detect switch (TDS) 3Ws cuts off the power supply of heating arrangement 3W automatically.
The beneficial effects of the utility model are the constant temperature automatic water-supplies being realized water treatment system by monitoring unit and the performance element be arranged in pipe system, automaticity is high, user can pass through man-machine conversation unit monitors and operation at any time, can realize telemanagement with long-range upper machine communication.In addition, supervisory system is passed through to adopt the monitoring unit 31, man-machine conversation unit 32 and the performance element 33 that comprise message processing module 311, data communication module 312 and drive control module 313, user can check this equipment running status and parameter value by man-machine interface at any time, by key group, associative operation is carried out to equipment, man-machine interface that is abundant in content, simple operations can be provided, support multi-point control, be convenient to operation and the monitoring of doctor and nurse.Achieve the degasifying effect of requirements of operation, constant temperature effect, pressure limit and Automated condtrol, and to flow, temperature, pressure real-time measuring in water route.This equipment adopts degasser 4 vacuum outgas, coordinate air pressure stable-pressure device 21 greatly can shorten the startup interval of vacuum pump 22, water air content is after treatment little, not only significantly improve the level of informatization of the water treatment facilities of ultrasonic therapy tumour, greatly facilitate the operation of equipment to use and improve interactive level, and effectively improve efficiency and accuracy that the Precise control of de aerated water quality and equipment operating are run.Particularly the water temperature control device of supervisory system powers on correction and the automatic adjustment of temperature or flow, the degree that water temperature reaches comfortable can be made, output water temperature and stability of flow are close to human body temperature, comfortable Curing circumstance can be provided, the control mode of pressure transducer 3Qc, vacuum pump 22 and monitoring unit 31 composition, makes the startup of vacuum pump 22 and stops realizing automatically controlling; This regulation and control become more meticulous, carries out at existing usual employing 37 DEG C of temperature values not having in the water treatment facilities of standardization control.Have again, because the de aerated water of existing procucts flows to water (as the tank on operating table from temperature sensor, not shown) need through after a while and distance, to dispel the heat because of the difference of environment temperature difference at this time and distance segment de aerated water, therefore with water place water temperature and temperature sensor measurement to water temperature between there is the larger temperature difference, this temperature difference can make patient not feel well.And the utility model performs start calibration owing to adopting monitoring unit 31 to control water temperature control device 3W after the power-up, calibrate rear temperature and be set to 37 DEG C, the temperature control mode that water temperature control device and monitoring unit form, the duty of water temperature control device can be regulated in real time according to temperature, flow in water route, avoid causing the idle phenomenon of water temperature control device because flow is low or temperature is high.
Accompanying drawing explanation
Fig. 1 is the structured flowchart of the first embodiment of the water treatment supervisory system of high-strength focusing ultrasonic therapy tumour of the present utility model.
Fig. 2 is the structured flowchart of the second embodiment of the water treatment supervisory system of high-strength focusing ultrasonic therapy tumour of the present utility model.
Fig. 3 is the structured flowchart of the 3rd embodiment of the water treatment supervisory system of high-strength focusing ultrasonic therapy tumour of the present utility model.
Fig. 4 is the structured flowchart of the 4th embodiment of the water treatment supervisory system of high-strength focusing ultrasonic therapy tumour of the present utility model.
Fig. 5 is the one-piece construction schematic diagram of the water treatment pipe system of the high-strength focusing ultrasonic therapy tumour of the present utility model that the supervisory system shown in Fig. 1 to Fig. 4 controls.
Fig. 6 is the schematic diagram of man-machine conversation unit of the present utility model.
Embodiment
Below in conjunction with the embodiment that accompanying drawing 1 to 6 provides, further illustrate the embodiment of the water treatment supervisory system of high-strength focusing ultrasonic therapy tumour of the present utility model.Water treatment supervisory system of the present utility model is not limited to the description of following examples.
Water treatment supervisory system of the present utility model is used for the supply of water in the pipe system of the water treatment facilities of the high-strength focusing ultrasonic therapy tumour shown in monitor and forecast Fig. 5, process and discharge.Water treatment facilities are used for high-intensity focusing ultrasonic wave oncotherapy main frame (hereinafter referred to as " host computer "), form by pipe system with the supervisory system of man-machine interface.In Figure 5, the pipe system of these water treatment facilities has three external interfaces: water inlet R, waste water mouth F and water delivering orifice C, the pipe system of this water treatment comprises water way unit 1, gas circuit unit 2, and for degassed and realize the degasser 4 that water way unit 1 is coupled with gas circuit unit 2.Water way unit 1 and gas circuit unit 2 are formed by pipeline and the device be arranged on pipeline, degasser 4 is for degassed, namely gas contained in water is taken off from water, it is also for being coupled between water way unit 1 with gas circuit unit 2 simultaneously, degasser 4 is the device of water way unit 1, is again the device of gas circuit unit 2.Degasser 4 comprises the cavity 42 that the water cavity 41 that is coupled with water way unit 1 UNICOM is coupled with gas circuit unit 2 UNICOM and the degassing film 43 be arranged on hermetically between water cavity 41 and cavity 42, automatically the gas in water is penetrated in cavity 42 from degassing film 43 under flowing into the effect of the negative pressure of vacuum of light water in cavity 42 of water cavity 41, make the water flowing through water cavity 41 be converted to de aerated water.As shown in Figure 1: described water way unit 1 comprise connect successively from water inlet R hydraulic pressure stable-pressure device 11, the fore filter 121 of super-filter purifying device 12, super-filter purifying device 12 ultra-filtration water purifier 122, enter water valve 13, proportion magnetic valve 3Sk, flow sensor 3Sc, water pressure gauge 3Sx, safety valve 14, the water cavity 41 of degasser 4, water temperature control device 3W, temperature detect switch (TDS) 3Ws, temperature sensor 3Wc, outlet valve 15 and water delivering orifice C, and from draining valve 16, retaining valve 17 and waste water mouth F that the water intake end of outlet valve 15 connects successively.Described gas circuit unit 2 comprises the air pressure stable-pressure device 21, the vacuum pump 22 that connect successively from the cavity 42 of degasser 4, the air pressure stable-pressure device 21 of described gas circuit unit 2 adopts voltage stabilizing can keep in again the buffer tank structure of spilling water, its bottom 21d successively with overflowing valve 23, non-return valve 24, waste water mouth F UNICOM, its top 21s and vacuum pump 22, pressure transducer 3Qc, tensimeter 3Qx and gas admittance valve 25 UNICOM, threeway 26 is for connecting air pressure stable-pressure device 21, degasser 4 and overflowing valve 23.The water treatment facilities of high-strength focusing ultrasonic therapy tumour of the present utility model adopt and are connected in series by fore filter 121 (5um grade) and ultra-filtration water purifier 122 (0.01um grade) super-filter purifying device 12 formed, and more effectively can filter impurities in water, the water intake end of hydraulic pressure stable-pressure device 11 and water side are tapped into respectively the fore filter 121 of mouth of a river R and super-filter purifying device 12, the ultra-filtration water purifier 122 of the water intake end and super-filter purifying device 12 that enter water valve 13 is connected, enter the water side Set scale solenoid valve 3Sk of water valve 13, at the water outlet of proportion magnetic valve 3Sk, flow sensor 3Sc is set, the water intake end position of degasser 4 arranges safety valve 14, the cavity 42 of degasser 4 has two bleeding points, two bleeding points have negative-pressure vacuum room 210 UNICOM of (while of also can being two) and air pressure stable-pressure device 21 at least, and at degassing film 43 and vacuum tank effluent pipeline, retaining valve is set, draining valve etc., ensure that current can not be inverted damage degassing film 43.Connect vacuum pump 22, pressure transducer 3Qc in the vacuum tank upper end of air pressure stable-pressure device 21, a gas admittance valve 25 is set.By adopting degasser 4 vacuum outgas, coordinate air pressure stable-pressure device 21 greatly can shorten the startup interval of vacuum pump 22, water air content is after treatment little.Heat through water temperature control device 3W through degassed water, water temperature control device 3W and temperature sensor 3Wc makes water temperature constant in close to people's shell temperature, its water delivering orifice arranges water outlet normally open valve and normally closed draining valve, output to treatment host computer by outlet valve, within 25 minutes, the water storage device of host computer can be filled.
As Figure 1-4, the water treatment supervisory system of high-strength focusing ultrasonic therapy tumour of the present utility model comprises monitoring unit 31 and is attached thereto the performance element 33 tapping into row information interaction, and each execution unit of described performance element 33 is of coupled connections respectively in the water way unit 1 and gas circuit unit 2 of the water treatment pipe system shown in Fig. 5.Monitoring unit 31 is for the treatment of to host computer (referring to high-strength focusing ultrasonic therapy tumour main frame) or people relates to water treatment over the course for the treatment of and water supplies relevant various information, as temperature, flow, pressure, the on/off etc. of water route and gas circuit, monitoring unit 31 communicates with host computer except completing, associated translation, the operations such as execution, beyond collection signal, each execution unit that also can control performance element 33 performs the control operation of start automatically cleaning, the degassed normal water pressure-controlled operation of type voltage regulation, the adjustable control operation of uninterrupted, and effluent control operation etc., to ensure the normal operation of whole water treatment facilities.Performance element 33 is for performing the monitored instruction of monitoring unit 31, execution unit comprises sensor, valve or pump in the water way unit 1 and gas circuit unit 2 being coupled and being connected in water treatment pipe system, see Fig. 5, the execution unit of described performance element 33 comprises and is arranged on for the water temperature control device 3W of water temp. auto-control and the temperature sensor 3Wc for detecting the water temperature in water route in water way unit 1, and they add heat regulation and/or the automatic uniting and adjustment of flow water temperature by the control realization of described monitoring unit 31.Temperature detect switch (TDS) 3Ws is also provided with between heating module 3W and water delivering orifice C; the contact series of temperature detect switch (TDS) 3Ws is on the power circuit of heating arrangement 3W; temperature detect switch (TDS) 3Ws and temperature sensor 3Wc detects the water temperature in the pipeline of same position; when temperature exceedes set point of temperature value; temperature detect switch (TDS) 3Ws will cut off the power supply of heating arrangement 3W automatically; making it no longer send heat to water makes water temperature raise; namely water temperature is raised to the hard protection carried out; participate in, even if supervisory system breaks down also can ensure safety without the need to supervisory system.And, because the volume (namely the size of its negative-pressure vacuum room 210) of the air pressure stable-pressure device 21 in gas circuit unit 2 can design enough large by request for utilization, performance element 33 also comprises the flow sensor 3Sc for detecting the current in water route simultaneously, for detecting the water pressure gauge 3Sx of the hydraulic pressure in water route and the baroceptor 3Qc for detecting the air pressure in gas circuit, for controlling the proportion magnetic valve 3SK of the flow of water, for the vacuum pump 22 vacuumized, switch electromagnetic valve etc., therefore monitoring unit 31 can regulate the scope of the air pressure threshold value in gas circuit according to requirements, to realize automatic control and the precise controlling of the stationarity of air pressure, also effectively can reduce the frequency that vacuum pump 22 starts repeatedly simultaneously.Because the vacuum chamber 210 of air pressure stable-pressure device 21 can store spilling water, and there is enough storage areas, therefore effectively can avoid spilling water circulating or being detained the harmful effect caused at random in degasser 4 and air pipe.Water inlet end in water way unit 1 is provided with hydraulic pressure stable-pressure device 11, and the simplest mode is as adopted the structure of pressure maintaining valve.The water intake end of hydraulic pressure stable-pressure device 11 taps into mouth of a river R, and its water side connects other device (super-filter purifying device 12 as shown in Figure 1) of water way unit 1.Obviously, such structure the device in available protecting hydraulic pressure stable-pressure device 11 downstream can exempt from the impact of water source water pressure fluctuations, makes the hydraulic pressure in the water way unit 1 in hydraulic pressure stable-pressure device 11 downstream be in stable state all the time.Specifically, monitoring unit 31 adopts microprocessor architecture mode, and it, except performing information interaction, also has following monitor and forecast function.One of Monitoring and Controlling function is, according to the temperature threshold scope of setting and the water temperature value of temperature sensor 3Wc Real-time Collection, water temp. auto-control control device 3W throws in heat to water route, to guarantee the water temperature constant temperature in water route.Two of Monitoring and Controlling function is, according to the air pressure threshold range of setting and the atmospheric pressure value of baroceptor 3Qc Real-time Collection, automatically controls the operation/stopping of vacuum pump 22, to guarantee the negative regulation in gas circuit.Three of Monitoring and Controlling function is, according to the flow threshold scope of setting and the flow value of flow sensor 3Sc Real-time Collection, the aperture of automatic control ratio solenoid valve 3SK, to adjust the discharge size in water route.Four of Monitoring and Controlling function is, according to the hydraulic pressure value that hydraulic pressure threshold range and water pressure gauge 3Sx gather, automatically controls safety valve 14 and prevents hydraulic pressure superpressure.
The water treatment supervisory system of high-strength focusing ultrasonic therapy tumour of the present utility model also comprises man-machine conversation unit 32, described man-machine conversation unit 32 carries out information interaction with described monitoring unit 31, or described man-machine conversation unit 32 is arranged on the host computer place of high-strength focusing ultrasonic therapy tumour, it carries out information interaction by host computer and described monitoring unit 31, described monitoring unit 31 completes the information interaction with described host computer by described man-machine conversation unit 32, to meet the operability of the above-mentioned various controlling functions of monitoring unit 31 and the requirement that becomes more meticulous.Obviously, monitoring unit 31 also realizes by data communication module 312 and information interaction between host computer and other external unit.
The core of supervisory system is monitoring unit 31, monitoring unit 31 comprises message processing module 311, data communication module 312, drive control module 313 and signal acquisition module 314, message processing module 311 for the information processing of water treatment supervisory system, it respectively with data communication module 312, drive control module 313 and signal acquisition module 314 information interaction.Message processing module 311 adopts microcontroller circuit, and data communication module 312 adopts communication chip circuit, and drive control module 313 adopts driving circuit, and the way of realization of these circuit is various, also can adopt general circuit structure.Fig. 1 is to the four kinds of embodiments that Figure 4 shows that water treatment supervisory system.In the embodiment in figure 1, supervisory system comprises monitoring unit 31, man-machine conversation unit 32 and performance element 33, wherein man-machine conversation unit 32 and monitoring unit 31 carry out information interaction, are provided with water temperature control device 3W, proportion magnetic valve 3SK, vacuum pump 22, temperature sensor 3Wc, flow sensor 3Sc and baroceptor 3Qc in performance element 33.In the embodiment of fig. 2, supervisory system comprises monitoring unit 31, man-machine conversation unit 32 and performance element 33, wherein man-machine conversation unit 32 carries out information interaction with the message processing module 311 of monitoring unit 31, in performance element 33 except being provided with water temperature control device 3W, proportion magnetic valve 3SK, vacuum pump 22, temperature sensor 3Wc, flow sensor 3Sc and baroceptor 3Qc, be also provided with controlled valve group 3K.In the embodiments of figure 3, man-machine conversation unit 32 in supervisory system carries out information interaction with the data communication module 312 of monitoring unit 31, is provided with water temperature control device 3W, proportion magnetic valve 3SK, vacuum pump 22, temperature sensor 3Wc, flow sensor 3Sc and baroceptor 3Qc in performance element 33.In the fig. 4 embodiment, man-machine conversation unit 32 in supervisory system carries out information interaction with host computer, is provided with water temperature control device 3W, proportion magnetic valve 3SK, vacuum pump 22, temperature sensor 3Wc, flow sensor 3Sc and baroceptor 3Qc in performance element 33.
The structure of the man-machine conversation unit 32 of the supervisory system of high-strength focusing ultrasonic therapy tumour of the present utility model can have various ways: one preferably, described man-machine conversation unit 32 comprises the touch-screen for showing information and input data, and for inputting the key group of information data; Another kind of optional mode is that described man-machine conversation unit 32 comprises the display screen for showing information, and for inputting the key group of information data.Key group provides input interface, by button trigger action for user.The information interaction passage structure of man-machine conversation unit 32 can have various ways: as shown in Figure 1, described man-machine conversation unit 32 carries out information interaction with monitoring unit 31 to the first preferred mode; As shown in Figure 4, described man-machine conversation unit 32 carries out information interaction with host computer to another kind of optional mode; Certainly not getting rid of man-machine conversation unit 32 carries out information interaction with monitoring unit 31 and host computer respectively.Therefore, the information interaction passage structure of man-machine conversation unit 32 can be summarized as: described man-machine conversation unit 32 carries out information interaction with monitoring unit 31; And/or described man-machine conversation unit 32 carries out information interaction with host computer.Under the first optimal way, also can have multiple concrete mode: the first as shown in Figure 2, described man-machine conversation unit 32 carries out information interaction with the message processing module 311 of monitoring unit 31; As shown in Figure 3, described man-machine conversation unit 32 carries out information interaction with the data communication module 312 of monitoring unit 31 to another kind; Certainly do not get rid of another kind of possible concrete mode, namely man-machine conversation unit 32 carries out information interaction with message processing module 311 and data communication module 312 respectively.Therefore, the concrete mode of the information interaction passage structure of man-machine conversation unit 32 can be summarized as: described man-machine conversation unit 32 carries out information interaction with the message processing module 311 of monitoring unit 31; And/or described man-machine conversation unit 32 carries out information interaction with the data communication module 312 of monitoring unit 31.The mode that described man-machine conversation unit 32 and monitoring unit 31 and/or host computer carry out information interaction is wired mode or wireless mode.
Described performance element 33 can according to the target call design concrete structure of monitoring, a kind of structure of the performance element 33 from elementary object requirement: the execution unit of described performance element 33 comprises water temperature control device 3W, proportion magnetic valve 3SK, safety valve 14 and vacuum pump 22, and temperature sensor 3Wc, flow sensor 3Sc, water pressure gauge Sx and baroceptor 3Qc, wherein water temperature control device 3W, proportion magnetic valve 3SK, safety valve 14 and vacuum pump 22 are connected with the drive control module 313 of monitoring unit 31 and control by it respectively, temperature sensor 3Wc, flow sensor 3Sc, the information of collection is flowed to the signal acquisition module 314 of be connected monitoring unit 31 by water pressure gauge Sx and baroceptor 3Qc respectively.The monitoring realizing water temperature by water temperature control device 3W and temperature sensor 3Wc, the automatic control regulating and heat.Passing ratio solenoid valve 3SK and flow sensor 3Sc realizes monitoring, the adjustment of the current of water way unit 1 and automatically controls.Realize monitoring, the adjustment of the air pressure of gas circuit unit 2 by vacuum pump 22 and baroceptor 3Qc and automatically control.The automatic control avoiding superpressure is realized by water pressure gauge Sx and safety valve 14.Certainly, in order to improve the automaticity for the treatment of facility, the target call including monitoring in be opened and be closed to water way unit 1, gas circuit unit 2 and/or its automatically cleaning pipeline can also by supervisory system, and namely described performance element 33 also comprises the controlled valve group 3K opening for controlling water way unit 1, gas circuit unit 2 and/or its automatically cleaning pipeline/close.Controlled valve group 3K is multiple solenoid valve, and controlled valve group 3K includes one or one group in water valve 13, safety valve 14, outlet valve 15, draining valve 16, overflowing valve 23, gas admittance valve 25, filtrator draining valve 18.Specifically: if water valve 13 and outlet valve 15 will be entered to be included in controlled valve group 3K (such as enter water valve 13 and outlet valve 15 adopts the solenoid valve controlled by supervisory system), then can realize the automatic control of opening/closing that de aerated water supplies water; If overflowing valve 23 and gas admittance valve 25 are included in (namely overflowing valve 23 and gas admittance valve 25 adopt the solenoid valve controlled by supervisory system) in controlled valve group 3K, then can realize the eliminating spilling water of gas circuit unit 2 and self-cleaning automatic control; If be included in by filtrator draining valve 18 (namely filtrator draining valve 18 adopts the solenoid valve controlled by supervisory system) in controlled valve group 3K, then can realize the self-cleaning automatic control of super-filter purifying device 12.
In the 5 embodiment of figure 5, the position of temperature sensor 3Wc is schematic, and its actual setting position need consider the comfort level of warming response speed and actual water temperature.Warming response speed refers to when water temperature control device 3W increases or reduce heat, can temperature sensor 3Wc sense the speed that water temperature changes in time, therefore require the position of temperature sensor 3Wc dried up temperature control device 3W to heat execution unit (not shown) closer.The comfort level of water temperature refers to that de aerated water uses scene (as the tank on operating table in reality, not shown) water temperature remain on 37 DEG C, owing to there is a segment distance between water temperature control device 3W screw clamp, so often there is the temperature difference between the water temperature near water temperature control device 3W and the water temperature in tank, therefore, the position of temperature sensor 3Wc has various structures scheme: in a kind of pipeline be preferably arranged between water temperature control device 3W in water way unit 1 and outlet valve 15, comprising being arranged near water temperature control device 3W or other correct position, another kind is preferably arranged on in tank, certainly also can adopt the mode of multiple temperature sensor 3Wc, they are separately positioned in the pipeline between water temperature control device 3W and outlet valve 15, and are arranged on using in tank outside water way unit 1.
The following describes the operation operational process of the water treatment facilities of high-strength focusing ultrasonic therapy tumour of the present utility model, will the advantage easy to understand more of each major control process of foregoing water treatment supervisory system be made.These major control processes comprise automatically cleaning control procedure, the degassed control procedure of type voltage regulation, heat regulation formula water temperature control procedure, adjusting flow control procedure and/or flow water temperature automatic coupling and adjust control procedure.In the 5 embodiment of figure 5, perform self-cleaning function when the water treatment supervisory system of high-strength focusing ultrasonic therapy tumour of the present utility model makes these water treatment facilities start shooting, described automatically cleaning control procedure comprises water route automatically cleaning control procedure, gas circuit automatically cleaning control procedure and self-cleaning filter control procedure.First control opening of draining valve 16 by drive control module 313 when described water route automatically cleaning control procedure is start, after the clean water that the water in water way unit 1 is all new, then controlled the closedown of draining valve 16 by drive control module 313.Described gas circuit automatically cleaning control procedure is that elder generation controls overflowing valve 23 by drive control module 313 and gas admittance valve 25 is opened, after clearing spilling water, control overflowing valve 23 by drive control module 313 again and gas admittance valve 25 cuts out, vacuumize operation to make water treatment facilities proceed to.Described self-cleaning filter control procedure be first by drive control module 313 controlling filter draining valve 18 and enter water valve 13 open cooperation, super-filter purifying device 12 to be passed through be all after new water, then by the closedown of drive control module 313 controlling filter draining valve 18.In brief, automatically cleaning controls to comprise and controls overflowing valve 23 and gas admittance valve 25 and automatically open and put spilling water, control draining valve 16 is automatically opened and is put surplus water, overflowing valve 23 is closed after surplus water in emptying water way unit 1 pipeline and the spilling water in gas circuit unit 2, draining valve 16 and gas admittance valve 25, then vacuum pump 22 starts, stable gas pressure device 21 such as vacuum tank is extracted into certain negative pressure to close, the degassed control procedure of described type voltage regulation refers to that the message processing module 311 of monitoring unit 31 controls to open vacuum pump 22, and the negative pressure of vacuum value finely controlled in the pipeline of gas circuit unit 2 reaches and remains in the threshold range of setting, tap water is connected with water inlet R, tap water by water inlet R first through stable water pressure device 11 such as pressure maintaining valve voltage stabilizing, through the impurity in the fore filter 121 and ultra-filtration water purifier 122 elimination water being connected, pass through again and connect into water valve 13, proportion magnetic valve 3Sk, flow sensor 3Sc is connected with monitoring unit 31 and regulates, monitoring discharge, the switch wherein entering water valve 13 is controlled by monitoring unit 31, the message processing module 311 of monitoring unit 31 can regulate the aperture of proportion magnetic valve 3Sk and then the size of regulating water flow according to the water flow threshold value of setting, adjusting flow described in realization controls, the effect of overpressure protection is played at the safety valve 14 of degassing film 43 front end, the hydraulic pressure normally worked with pressure maintaining valve 11 duplicate protection degasser 4, it is degassed when water flows through the water cavity 41 of degasser 4, negative-pressure vacuum room 210 UNICOM of at least one and air pressure stable-pressure device 21 in two bleeding points of the cavity 42 of degasser 4, water delivering orifice C is connected with water temperature control device 3W, the top 21s of negative-pressure vacuum room 210 connects vacuum pump 22, gas admittance valve 25, pressure transducer 3Qc, the other end of gas admittance valve 25 connects air, certain vacuum is pumped into by vacuum pump 22, air pressure stable-pressure device 21 can slow down the startup interval of vacuum pump 22, tensimeter 3Qx shows the force value in chamber, the force value that pressure transducer 3Qc detects air pressure stable-pressure device 21 passes to monitoring unit 31, the switch of gas admittance valve 25 is controlled by the message processing module 311 of monitoring unit 31, cavity pressure and atmospheric pressure can be made when its object is to out to balance, thus effluent.Heat through water temperature control device 3W through degassed water, wherein heat regulation formula water temperature control procedure refers to that the message processing module 311 of monitoring unit 31 judges whether make water temperature control device 3W self-starting and complete calibration according to the water temperature threshold range of setting, automatically turn off or open that (feature only includes maintenance to add heat according to discharge and temperature, add heat and reduce the process adding heat, do not comprise the process of refrigeration), make that water temperature is constant to be remained on close to people's shell temperature, de aerated water is exported to treatment main frame by outlet valve 15, within 25 minutes, the water storage device for the treatment of main frame can be filled.User can check equipment running status and parameter value at man-machine conversation unit 33, carries out associative operation by key group to equipment.
Consider the change of the threshold value due to water flow setting, required water temperature control device 3W adds heat should be changed thereupon water temperature could be kept constant, and when flow threshold strengthens, if add heat can not increase in time, then water temperature drop may be made, the water temperature of decline should be withdrawn into normal water temperature by heat regulation formula water temperature control procedure automatically, certainly a period of time is needed, therefore this water temperature drop is temporary transient, but the fluctuation of water temperature may be there is thus, therefore in order to prevent this fluctuation, the above-mentioned heat regulation formula water temperature control procedure automatically turning off according to discharge and temperature or open also can coordinate employing flow water temperature automatic coupling to adjust control procedure: it changes the setting of water flow threshold value under referring to the state normally run in heat regulation formula water temperature control procedure, if flow threshold increases, make the corresponding increase of the heat added by water temperature control device 3W simultaneously, if flow threshold reduces, then make the corresponding minimizing of the heat added by water temperature control device 3W simultaneously.
Above content is in conjunction with concrete preferred implementation further detailed description of the utility model, can not assert that concrete enforcement of the present utility model is confined to these explanations.For the utility model person of an ordinary skill in the technical field, without departing from the concept of the premise utility, some simple deduction or replace can also be made, all should be considered as belonging to protection domain of the present utility model.
Claims (10)
1. the water treatment supervisory system of a high-strength focusing ultrasonic therapy tumour, the pipe system of water treatment comprises water way unit (1), gas circuit unit (2) and realizes the degasser (4) that is coupled between water way unit (1) with gas circuit unit (2), it is characterized in that, described supervisory system comprises:
Monitoring unit (31), the data communication module (312) that described monitoring unit (31) comprises message processing module (311) and communicates with host computer, message processing module (311) is connected with data communication module (312);
Be connected with monitoring unit (31) performance element (33) carrying out information interaction, described performance element (33) comprises and is arranged on water temperature control device (3W) in water way unit (1) and temperature sensor (3Wc), temperature sensor (3Wc) is connected with monitoring unit (31) and transmits water temperature information, and monitoring unit (31) is connected with water temperature control device (3W) and is heated the de aerated water in water way unit (1) by temperature control device (3W);
Man-machine conversation unit (32), described man-machine conversation unit (32) and described monitoring unit (31) carry out information interaction.
2. the water treatment supervisory system of high-strength focusing ultrasonic therapy tumour according to claim 1, it is characterized in that: described man-machine conversation unit (32) comprises status information for showing described water treatment facilities and inputted the touch-screen of action required data, and provide the key group of input interface for user.
3. the water treatment supervisory system of high-strength focusing ultrasonic therapy tumour according to claim 1 and 2, it is characterized in that: described man-machine conversation unit (32) is for split type, described man-machine conversation unit (32) and described monitoring unit (31) carry out information interaction by data communication module (312), man-machine conversation unit (32) and data communication module (312) connected mode be wired mode or wireless mode.
4. the water treatment supervisory system of high-strength focusing ultrasonic therapy tumour according to claim 1, it is characterized in that: described monitoring unit (31) also comprises drive control module (313) and signal acquisition module (314), described message processing module (311) is connected with drive control module (313) and signal acquisition module (314) respectively and carries out information interaction, and drive control module (313) is connected with performance element (33) respectively with signal acquisition module (314).
5. the water treatment supervisory system of high-strength focusing ultrasonic therapy tumour according to claim 1, it is characterized in that: described performance element (33) also comprises the proportion magnetic valve (3SK) between super-filter purifying device (12) and degasser (4) and flow sensor (3Sc) that are successively set on water way unit (1), monitoring unit (31) is connected with flow sensor (3Sc) discharge detected in water route, the flow of monitoring unit (31) and proportion magnetic valve (3SK) connection control water; The control realization of water temperature control device (3W) and proportion magnetic valve (3SK) monitored unit (31) adds heat regulation and/or the automatic uniting and adjustment of flow water temperature to realize the constant temperature of de aerated water.
6. the water treatment supervisory system of high-strength focusing ultrasonic therapy tumour according to claim 1, is characterized in that: described performance element (33) also comprises the vacuum pump (22) and baroceptor (3Qc) that are connected with the air pressure stable-pressure device (21) of gas circuit unit (2); Monitoring unit (31) is connected with baroceptor (3Qc) atmospheric pressure value detecting air pressure stable-pressure device (21), the operation of monitoring unit (31) and vacuum pump (22) connection control vacuum pump (22) and stopping with the negative regulation guaranteed in gas circuit.
7. the water treatment supervisory system of high-strength focusing ultrasonic therapy tumour according to claim 5; it is characterized in that: described performance element (33) also comprises and is successively set on water pressure gauge (3Sx) between proportion magnetic valve (3SK) and degasser (4) and safety valve (14); monitoring unit (31) is connected the hydraulic pressure of monitoring in water route with water pressure gauge (3Sx), and monitoring unit (31) and safety valve (14) connection control hydraulic pressure are to protect the degassing film of degasser (4).
8. the water treatment supervisory system of high-strength focusing ultrasonic therapy tumour according to claim 1, it is characterized in that: described performance element (33) also comprises the controlled valve group (3K) of water way unit (1), gas circuit unit (2) and/or its automatically cleaning pipeline for controlling described water treatment pipe system, monitoring unit (31) being opened with controlled valve group (3K) connection control controlled valve group (3K) and closing.
9. the water treatment supervisory system of high-strength focusing ultrasonic therapy tumour according to claim 8, it is characterized in that: described controlled valve group (3K) comprise be arranged on water way unit (1) enter water valve (13) between water inlet (R) and degasser (4), be arranged on the outlet valve (15) between water temperature control device (3W) and water delivering orifice (C), be arranged on the draining valve (16) between the water intake end of outlet valve (15) and waste water mouth (F), be arranged on the overflowing valve (23) between super-filter purifying device (12) and waste water mouth (F), also comprise the gas admittance valve (25) that is connected with the air pressure stable-pressure device (21) of gas circuit unit (2) and be arranged on overflowing valve (23) between air pressure stable-pressure device (21) and waste water mouth (F), the effluent control operation of gas circuit unit (2) makes waste water flow out from overflowing valve (23) by making the pressure in pipeline and atmospheric pressure balance to the control of gas admittance valve (25).
10. the water treatment supervisory system of high-strength focusing ultrasonic therapy tumour according to claim 1, it is characterized in that: between heating module (3W) and water delivering orifice (C), be also provided with temperature detect switch (TDS) (3Ws), the contact series of temperature detect switch (TDS) (3Ws) is on the power circuit of heating arrangement (3W), when temperature exceedes set point of temperature value, temperature detect switch (TDS) (3Ws) cuts off the power supply of heating arrangement (3W) automatically.
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| CN201520679672.XU CN205049994U (en) | 2015-09-02 | 2015-09-02 | Water treatment monitored control system that high strength focus ultrasonic therapy tumour was used |
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Effective date of registration: 20181214 Address after: 313009 No. 106, 26 blocks west of Shiyuan West Road, Nanxun Road, Nanxun Economic Development Zone, Huzhou City, Zhejiang Province Patentee after: Zhejiang Zhongruisheng Technology Co.,Ltd. Address before: Room 1010, Block B, Jiahua Building, 9 Shangdi Third Street, Haidian District, Beijing 100085 Patentee before: CHANGJIANGYUAN TECHNOLOGY DEVELOPMENT Co.,Ltd. |
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Effective date of registration: 20240202 Address after: Room 1010, Block B, Jiahua Building, 9 Shangdi Third Street, Haidian District, Beijing 100085 Patentee after: CHANGJIANGYUAN TECHNOLOGY DEVELOPMENT Co.,Ltd. Country or region after: China Address before: 313009 No. 106, 26 blocks west of Shiyuan West Road, Nanxun Road, Nanxun Economic Development Zone, Huzhou City, Zhejiang Province Patentee before: Zhejiang Zhongruisheng Technology Co.,Ltd. Country or region before: China |